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首页> 外文期刊>Science and Culture >Assessment of Physiological Strain in Male Cultivators Engaged in Mechanized Paddy Threshing Task Using Two Different Types of Threshers
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Assessment of Physiological Strain in Male Cultivators Engaged in Mechanized Paddy Threshing Task Using Two Different Types of Threshers

机译：利用两种不同类型的脱粒机评估机械化稻谷脱粒任务中男性耕种机的生理应变

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Agriculture in India is a vital sector as it not only takes care about the nutritional requirement of more than 1.2 billion strong populations but also provides millions with earning opportunity. In the wake of climate change, both agricultural produce output and the performance of the human resources associated with agriculture are estimated to suffer. In this backdrop, a study has been undertaken to assess the physiological strain mainly in terms of cardiac response indicators to assess the extent of strain in male agricultural human resources engaged threshing (the process of loosening the edible part of cereal grain (or other crop) from the scaly, inedible chaff that surrounds it) in paddy cultivation. It has been found that the strain is significantly more when aid of an electrically driven paddy thresher is not taken. This has implication that in the wake of climate change when more rise and consequent more strain on human resources are expected, it will be better to use at least to some reasonable extent mechanized devices to combat the adverse thermal condition induced strain of the human resources for continuation of work on field without compromising on the quality of performance.
机译：印度的农业是至关重要的部门，因为它不仅照顾超过12亿人口的营养需求，而且还为数以百万计的人们提供了赚钱的机会。随着气候变化，估计农产品产量和与农业有关的人力资源的表现都将受到影响。在这种背景下，已经进行了一项研究，主要是通过心脏反应指标来评估生理应变，以评估脱粒男性农业人力资源中的应变程度（使谷物（或其他农作物）的可食用部分变松的过程）。来自稻田栽培中鳞片状，不可食用的谷壳）。已经发现，当不借助电动稻谷脱粒机时，应变明显更大。这意味着在气候变化之后，当预期到更多的上升以及随之而来的人力资源紧张时，最好至少在一定程度上使用机械化的设备来应对不利的热条件引起的人力资源紧张。在不影响性能质量的前提下继续进行现场工作。

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